Has anyone made any serious measurements on this radiator? The instrument is so simple that there are surely plenty of DIY enthusiasts who have tried it? A cop of 20 seems pretty incredible to me ...
The description is here:
http://perso.orange.fr/quanthommesuite/nouv300606.htm
At the very bottom of the page.
Thank you
Some parts of Jan Pajak's site have been passed through an automatic translator's "mill": this can help, but also mislead ;-(
This device has already been manufactured, its operation verified. It is estimated that its energy efficiency reaches 2000%.
If properly constructed its electricity consumption is only 5% of the total energy produced in the form of heat. The inventor of this device is Peter Daysh DAVEY from Christchurch (New Zealand).
The design is extremely simple: only two parts make it up as illustrated in this diagram
The most important part is a bowl with hemispherical resonance made of a metal plate inducing sound. (1)
The second is a hemispherical shock-absorbing bowl of practically the same shape as the first. (2) This second bowl has a radius 4mm longer than that of the resonant bowl and is placed outside the first.
The apparatus also includes a long pipe, (8) bolts (5) and washers necessary to hold together the parts, including that (4) allowing to adjust the spacing L between the two bowls, electric wires (6 and 7) which provide electricity to the two bowls and allow the radiator to be submerged in water when it heats up. But these other pieces are only marginal, these are the two bowls which are the most important.
When experimenting with this radiator, the resonant hemispherical bowl (1) is generally made from an old bicycle bell cover. The dimensions of this bowl are not important. It is only necessary that the sound resonance is on a frequency of 50 hertz and that its external surface is well equidistant everywhere from the external damping bowl (2). To each bowl is attached an electrical supply wire (of the type used for houses (220 V, 50 Hz). You must immerse the radiator in the water it will heat, and it comes to a boil very quickly. ( More details in special sections indicated by Jan Pajak)
Once built this Mr. Davey's telekinetic radiator can be tuned in two ways:
- the first depends on the fact that the bowl (1) is supplied with a frequency such as that of its own vibration, which means that this bowl will resonate when a 50 hertz sound is emitted nearby.
The second comes from the choice of the distance "L" between the two bowls, it is on this distance that the formation of standing waves between the two bowls will depend, and that the energy efficiency of the radiator will be determined.
The operating principle of this radiator resembles that of the telekinetic battery mentioned above (see in the page of the site of Jan Pajak indicated in link). Namely: the telekinetic effect is released into it thanks to the acceleration and deceleration of the magnetic field. The accelerated magnetic field is the one produced by the electric current flowing in the water between the two bowls. In return the acceleration of this field is made by the sound vibrations of the internal bowl. The necessary asymmetry of the field vibrations which is required to produce the telekinetic effect, (and which is caused, in the telekinetic battery by permanent magnets placed inside the coils) is provided, in the radiator, by the curvature of the two bowls. So the inner bowl in this radiator does the same job as the inductor in the telekinetic cell.
The energy efficiency of this radiator
It is advertised as important, much more energy produced than that put at the entrance. Jan Pajak says that based on information given by the inventor, he has recovered measurements made by New Zealand scientists and that the radiator would consume less than 5% of the energy produced.
We could therefore, with such a device, run any steam engine.
Several scientific institutions in New Zealand have difficulty in explaining this overunity which contradicts all the laws of thermodynamics. The DSIR had the idea that this radiator, instead of consuming electricity would consume what is called "cosine phi", that is to say the abstract quantity represented by a phase shift between the voltage pulses. and those of amperage in alternating current. This particular parameter is not measurable with classical instruments. However, the more specialized measurements and research carried out by scientists at this institute did not confirm what they were saying. An accusation in a way, but their explanation, on which it has been emphasized, which saved the authority of orthodox science.
A potential scientific revolution
Peter Daysh Davey was a fighter pilot and also a musician. If this device invented during the Second World War. had been mass produced at the time when the inventor intended to do so, that is to say in 1945 and had not been confronted with bureaucratic obstacles, human science and technology would have been overturned. Even human telekinesis could have been better understood, according to Jan Pajak.
Curious story than that of this invention, but also sad because Peter Davey suffered persecution.
How did he get the idea? When he was a volunteer fighter pilot, he participated in the Battle of Britain. At that time, combat aircraft had thrusters and motors that made the pilots' cabin vibrate at various frequencies during aerobatics in air battles. As a musician, Davey had a certain sensitivity, and had noticed that it was a certain frequency coming from the engine and propellant which occurred at the time when the cabin of the plane and its body entered in resonance. And at this unique resonant frequency, he still felt heat in the cabin of his plane.
What he did not yet know was that this phenomenon would later be used in ultrasonic weapon systems to kill effectively and without risk of being detected.
He decided to test to see if the same phenomenon occurred if we immersed in water a hemispherical metallic shape representing the cabin and if we excited it with a resonant frequency. There he took two old bicycle bell covers, connected them, tuned to 50 Hz, attached an electric wire to each of them and put everything in the water. To his surprise, the water started to boil very quickly. This is how he registered, in 1944, the patent for his first radiator.
Coming back as a war hero, so he had a device that proved as many times as he wanted and to anyone who made the measurements, that the efficiency exceeded 100% When he realized this, he believed that the world was going to use it, after all people make declarations on energy savings, resources, nature protection (it's the same nowadays)
However, the reality was completely opposite. Immediately after experiments proved that the device had an inexplicably high efficiency, it fell out of favor with the various institutions linked to the production of electricity. And this extraordinary invention received extraordinary treatment!
The authorities have done everything to prevent the production and sale of this device in New Zealand. One of the legal tricks against him was that he was officially declared "dangerous to the health and life of users". Note that practically all electrical appliances operating on 220 V could be qualified as such insofar as some authority wished to "take them down".
Faced with this qualification, it is impossible to undertake anything without this government approval. Davey fought for almost 50 years to receive authorization to produce this radiator on an industrial scale, it has always been refused, despite his efforts.
Curiously, in Australia an electric pitcher with heating element of a design resembling that of Davey's radiator has been mass produced (and probably still is). This pitcher works on the principle of water resistance, not like Davey's radiator ... but this pitcher can just as easily be described as as dangerous as Davey's radiator, but it has not encountered the same resistance because its energy efficiency is "normal".
Jan Pajak continues his story by recalling his first meeting with Davey, in 1990. The inventor was still struggling to obtain authorizations to produce. He had even harvested various components which would have allowed him to start production, once the permit had been granted.
However he dropped everything, even his own radiator is broken and he didn't even want to fix it (it's the one in the photo). In 1992 he was on the verge of nervous breakdown, failing to understand why he was refused to give the world a device on unit.
When Jan Pajak returned in 1998 to Christchurch, on the site of Davey's house, there was only a pile of rubble and planks intertwined, and he was unable to locate Mr. Davey. As, during their last interview, Jan Pajak had promised Davey to publish his story and documents on his radiator, the web page indicated above allows Jan Pajak to say that he has kept his promise.
Thanks to Jacques G. for pointing out this device which should be able to be reproduced fairly easily ...
This system reminds us of Tim Lucas' pear. Here, extracted from our page, the only indications that we have on this system. http://quanthomme.free.fr/energielibre/ ... urAEC2.htm
LUCAS Tim
This American physicist who previously worked at the National Laboratory in Los Alamos managed to produce energy from sound waves. His invention could change the world of sound as dramatically as the laser changed that of light.
This new type of resonator, based on a physical mechanism, makes it possible to create sound waves at extremely high pressure. The pear-shaped device goes back and forth at a rate of several hundred times per second thanks to an electric motor. This excites the air or gas inside the resonator and produces sound waves which are then reflected on the interior walls so that standing waves are formed, waves which do not change even if they increase sharply the energy output.
These effective sound waves inside the resonator are of such intensity that they would have been thought impossible. They can reach a density 1600 times higher than anything known today. At the same time, pressure variations of up to 34 atmospheres are possible (34 atmospheres = 34 kg / cm2, 3,5 Mpa, 485 psi). Despite all the forces that reign inside the resonator, nothing can be heard from the outside.
We can use this new technology which completely releases sound waves to generate electricity by burning gas in an acoustic power plant using an optimally designed combustion chamber. Extremely powerful stationary sound waves will vibrate the room strongly. A generator can then convert this movement into electricity.
This news is confirmed by competent sources, and it has been certified that it represents the discovery of a new natural force. RQM, in its commentary, recalls that its own technology is based on the principle (protected by a patent) of sound wave resonance (mechanical interaction).
